Who are you? Dotplot breast cancer detection tool wins UK Dyson Award 2022|All Social Updates

Shefali Bohra and Debra Babalola: who are they? Dotplot breast cancer detection tool wins UK Dyson Award 2022

Shefali Bohra, an Imperial College London student of Indian descent, and Debra Babalola, another Imperial College London student, received the James Dyson Award this year. This honor goes to these two young women working in tandem for their work on a breast testing device. The technology developed by Shefali and Debra also creates a unique, individualized map of each person’s breast to track the growth of any tumors that may arise.

One of the most important awards in Great Britain is the James Dyson Prize. It was named in honor of the renowned British entrepreneur and inventor James Dyson, who also created the award. This well-known international design award is presented annually and is open to both college students and graduates of their respective universities. James Dyson was incredibly wealthy and was considered one of the richest people in Britain. This year’s winners of this award for their work on the Dot-Plan, which is able to detect breast cancer, were Shefali Bohra and Debra, both of Indian descent. Both recently graduated from the prestigious Imperial College in London, England, where they both studied. The two young women had developed an innovative idea with possible uses.

The device, developed by Shefali and Debra, can map the tissue composition of each region of the breast using sound waves, similar to those used in an ultrasound. To determine how specific breast areas may change over time, the application creates a report after each scan that can be compared to data from previous months. The work that was the result of their two creative minds has reportedly received a tremendous amount of recognition and enthusiasm from people around the world. Anyone currently suffering the agonizing effects of this disease could greatly benefit from this breakthrough.

Shefali and Debra’s Dot Plan has the potential to help women efficiently maintain routine breast self-examination, which will contribute to earlier diagnosis of breast cancer. According to the reports, Shefali and Debra, who were responsible for it, are being thanked and praised for their work by users across all social media platforms. The growth of these cells could mark the beginning of a new phase in the fight against breast cancer. A significant proportion of women around the world are diagnosed with breast cancer, and a significant proportion of these women die from this devastating disease. These patients will benefit significantly from this breakthrough. Shefali and Debra, the people behind the Dot conspiracy, are currently shrouded in mystery and little is known about them. Keep visiting us for the latest news, information and updates on both national and global levels.

The device that Debra and Shefali built

1. By moving the handheld gadget, the user of the dotplot can create a personalized map of their torso.
2. After preparation, the app supports women in performing the self-check by indicating which body parts need to be examined.
3. A sound signal is generated to record the composition of the tissue at each location.
4. The reading for each month is compared to the readings from previous months.
5. The innovators have used sound waves as a method for finding lumps.
6. The readings in regions with nodes and those without nodes are very different.
7. It helps draw attention to abnormalities that may be forming in the tissue.
8. If the device detects any abnormal changes in breast tissue, it ensures that users are informed of these findings.
9. It goes so far as to alert the user that they should see a doctor for further testing.
10. It’s not the final word on your own breast health, but the start of further investigation into the problem.

How did these two designers come up with their ideas?

Shefali noticed that one of her breasts had an odd lump after she finished one of her workouts at the gym. Thankfully, after seeing the doctor, the lump resolved itself. That was enough to convince Shefali and Debra to investigate whether there were already tools available to help women routinely check their breasts for changes.

Shefali said: “We set out to invent a device that would allow women to take self-tests in a clear, simple and confident way. We were amazed to discover that there are no gadgets that can assist women in performing a breast self-test.

“Our triumph in the James Dyson Award competition reinforces the idea that Dotplot deserves further investigation. Throughout the product design process, but especially when you’re feeling particularly discouraged, you’re going to need that motivation.

The Dotplot project, which Debra and Shefali worked on together, will receive a £5,000 grant following its success in the national James Dyson Awards competition. That’s almost 500,000 rupees. I hope that the prototype of this device will soon be replaced by a more affordable mass-produced product that can be found in every home. The world could use your help to end cancer as soon as possible.

About the James Dyson Awards

An international student design competition called the James Dyson Competition challenges young people to “make something that addresses a problem”. The award bears the name of the creator of the vacuum cleaner. Eligible are students currently enrolled in colleges and universities, as well as recent graduates working in engineering, industrial design or product design. The award is administered by the James Dyson Foundation, a non-profit foundation established by James Dyson with the intention of encouraging young people to take an interest in design engineering.

To be eligible, students must have attended a school in one of the following countries or territories: One of the following countries: Australia, Austria, Belgium, Canada, China, France, Germany, Ireland, India, Italy, Japan, Korea, Malaysia, Netherlands, New Zealand, Russia, Singapore, Spain, Sweden, Switzerland, Taiwan, United Kingdom or United States of America.

At the end of each country’s competition, four finalists and one national champion are selected. For the ultimate prize, James Dyson will select a winner from outside the country.

Shefali Bohra and Debra Babalola

history of the winners

International winners

• 2007 Maxi Pantel (Germany) for the senjoan electronic device that allows the deaf to communicate with the hearing.
• 2008 Michael Chen (England) for the Reactivea motion-activated LED safety vest for cycling.
• 2009 Yusuf Muhammad and Paul Thomas (England) for car crapa sprinkler system for kitchen faucets that controls fires in residential areas.
• 2010 Samuel Adeloju (Australia) for Great coverageWater flotation device for rescuing victims in water.
• 2011 Edward Linacre (Australia) for air dropextracts water from the air and sends it directly to the plant roots via a network of underground pipes.
• 2012 Dan Watson (England) for safety neta new commercial fishing net that allows smaller and unwanted fish to escape.
• 2013 University of Pennsylvania Team (USA) for titanium arm, a bionic arm. The arm was developed for the 2013 Cornell Cup USA competition, where they won first place. Price: $45,000 + $16,000 to the university.
• 2014 James Roberts (University of Loughborough, England) for MUMMY, a portable inflatable incubator. Price: $45,000 + $5,000 to the university.
• 2015 University of Waterloo Team (Canada) for the Voltera V One, a laptop-sized circuit board printer. Price: $45,000 + $7,500 to the university.
• 2016 Isis Shiffer (Pratt Institute, USA) for the EcoHelmeta bicycle helmet made of paper.^[25] Price: $45,000.
• 2017 Michael Takla, Rotimi Bhavsar, Prateek Mathur (McMaster University) for The sKan, a device that uses thermal maps of the skin to detect melanoma.
• 2018 Nicolas Orellana, Yaseen Noorani (Lancaster University) for the O-Wind Turbine.
• 2019 Lucy Hughes (UK) for MarinaTex, a biodegradable plastic made from fish waste.
• 2020 Judit Giro (University of Barcelona and University of California, Irvine) for The Blue Boxa biomedical device for painless, non-radiation, low-cost breast cancer testing at home.
• 2021 Kelu Yu, Si Li and David Lee (National University of Singapore) for HOPES, a painless home eye pressure testing device that opens the door to glaucoma testing. Joseph Bentley (Loughborough University, England) for REACT, a technology that stops bleeding to save the lives of knife victims. Jerry de Vos (Delft University of Technology) for Plastic Scanner, a low-cost handheld device for identifying plastic for recycling.
• 2022 Shefali Bohra and Dera Babalola for the breast cancer detection tool Dotplot.